SPIDER Automation Amass 8mm Gold-Plated Bullet Male Connector | GC8010-M.G | Copper Power Connector for Motor & Electrical Systems

Description

The Amass 8mm Gold-Plated Bullet Male Connector, model GC8010-M.G, is a large-format bullet connector designed for high-current electrical and power applications. It is suitable for motor systems, battery connections and other electrical equipment where a robust contact interface and reliable power transmission are required.

The connector features a copper body with gold plating and an 8mm diameter. Its redesigned male head increases the contact surface area compared with smaller bullet connector formats, helping provide a stable electrical interface for compatible high-current systems. The connector uses a stated 24K gold-plated surface with a specified coating thickness of 0.05M, intended to protect the conductive surface from oxidation and support longer service life.

A redesigned tail wire slot provides convenient access for soldering and wire termination. The connector is specified as lead-free and RoHS compliant, making it suitable for integration into equipment where environmental material requirements are important. Its 14mm length and approximately 5g weight provide a compact yet robust connection format for compatible electrical assemblies.


Key Features

  • 8mm Connector Diameter: Large-format bullet connector designed for compatible high-current electrical systems.
  • GC8010 Series: Model series for this Amass bullet connector format.
  • Male Configuration: Designed for mating with the corresponding compatible female connector.
  • Copper Construction: Provides the conductive metal structure of the connector.
  • Gold-Plated Surface: Provides a protective plated surface designed to resist oxidation.
  • 24K Gold Plating: The specified gold-plated surface provides enhanced contact-surface protection.
  • 0.05M Plating Thickness: Stated coating thickness for the gold-plated finish.
  • Increased Contact Surface: Redesigned male head increases the contact area for the electrical interface.
  • Tail Wire Slot: Facilitates convenient soldering and wire termination.
  • Lead-Free Construction: Specified as lead-free for environmentally conscious applications.
  • RoHS Compliance: Specified to comply with RoHS environmental requirements.

Benefits

  • High-Current Connection Format: The large 8mm bullet design provides a substantial contact interface for compatible power systems.
  • Stable Electrical Contact: The increased contact surface supports reliable mating in compatible applications.
  • Oxidation Protection: The gold-plated surface is designed to protect the connector from oxidation.
  • Longer Contact Service: The specified heavy gold coating is intended to maintain the protective surface over extended use.
  • Efficient Assembly: The redesigned tail slot simplifies soldering and wire termination.
  • Professional Material Compliance: Lead-free and RoHS-compliant construction supports use in applicable commercial and industrial equipment.

Applications

  • Motor Systems: Suitable for compatible motor power connections requiring a large-format bullet connector.
  • Battery Systems: Suitable for compatible high-current battery power connections.
  • Electrical Equipment: Designed for electrical power interconnection applications.
  • Power Wiring: Suitable for compatible high-current wiring and power-distribution assemblies.
  • Electronic Equipment: Can be integrated into compatible electrical and electronic systems.
  • High-Current Assemblies: Suitable where a large contact interface is required for power transmission.

Package Includes

  • 1 × Amass 8mm Gold-Plated Bullet Connector Male – GC8010-M.G

Technical Specifications

Parameter Specification
Manufacturer Amass
Product Type Bullet Connector
Model Series GC8010
Part Number GC8010-M.G
Gender Male
Connector Type Bullet
Connector Diameter 8mm
Material Copper
Plating 24K Gold
Plating Thickness 0.05M
Length 14mm
Product Weight 5g
Material Compliance Lead-Free, RoHS Compliant
Application Type Motor, Battery, Electrical and High-Current Power Systems

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